Industrial Clay Malaysia

We provide a wide range of clays for the ceramic industry either from our own mines or source from various countries. Prudent quality inspection, long term relationship with our suppliers and regular visits to their mines and factories ensure that our products are of the highest quality to meet our customer expectations.

Malaysian Plastic Clay (Unprocessed)

Plastic Clay Malaysia
Typical Chemical Analysis
SiO2 60.78% CaO 0.01% Loss of Ingnition 9.5%
A12O3 24.18% K2O 1.79% Moisture 32% Max.
Fe2O3 2.04% Na2O 0.05%
TiO2 1% MgO 0.5%

Malaysian Non Plastic Clay (Unprocessed)

NC5 - Clay
Typical Chemical Analysis
SiO2 64% CaO <0.01% Loss of Ingnition 8.5%
A12O3 24% K2O 1.00% Moisture 30% Max.
Fe2O3 0.4% Na2O 0.05% Brightness 90.0
TiO2 0.95% MgO 0.16% Fired Shrinkage at 1200°C 4.0%
Water Absorption at 1200°C 13%

Malaysian Semi Plastic Clay (Unprocessed)

malaysian semi plastic clay - Clay
Typical Chemical Analysis
SiO2 ≤ 52.0% CaO ≤ 0.5% Loss of Ignition ≤ 15.0%
A12O3 ≥ 30.0% K2O ≥ 1.2% Moisture Below 33.0 %
Fe2O3 ≤ 1.3% Na2O ≤ 0.2% Brightness 90.0
TiO2 ≤ 1.0% MgO ≤ 0.5% Fired Shrinkage at 1200°C 8.0 – 11.0%
Water Absorption at 1200°C ≤11.0%
Dry Modulus >15 kgf/cm2
Clay Residue (63µ) ≤10.0%
Chromatic coordinate (L Value) ≥ 90 point
Whiteness Index (WI) ≥ 60 point

Kaolin 

Kaolin Malaysia
Typical Chemical Analysis
SiO2 50.37% CaO <0.01% Loss of Ingnition 11.10%
A12O3 34.64% K2O 1.00% Moisture 15% Max.
Fe2O3 0.86% Na2O 0.05% Brightness 70% Min.
TiO2 0.14% MgO 0.16% Viscosity – Brookfied 100∼300 cp
Particle Size Finer Than 2µm 18% Min.

Ball Clay 

Ball Clay Malaysia

Ball Clay TSP

Typical Chemical Analysis
SiO2 48.87% CaO 0.01% Loss of Ignition 13%
A12O3 34.96% K2O 1.58% Moisture Below 15%
Fe2O3 1.02% Na2O 0.01% Sieve Residue Test (325mesh) Below 10%
TiO2 0.64% MgO 0.07% Fired Shrinkage at 1200°C 8 – 10%
Water Absorption at 1200°C ≤ 10%
Dry MOR ≥ 15kg/cm²
Chromatic coordinate (L Value) ≥ 91 point
Whiteness Index (WI) ≥ 61 point

Ball Clay NC12

Typical Chemical Analysis
SiO2 50.26% CaO 0.44% Loss of Ignition 13.7%
A12O3 34.67% K2O 1.73% Moisture Below 15%
Fe2O3 1.77% Na2O 0.13% Sieve Residue Test (325mesh) Below 5%
TiO2 0.72% MgO 0.29% Fired Shrinkage at 1200°C 8 – 10%
Water Absorption at 1200°C ≤ 10%
Dry MOR ≥ 25kg/cm²
Chromatic coordinate (L Value) ≥ 85 point
Whiteness Index (WI) ≥ 50 point

Processed Clay 

Processed Clay Malaysia

Processed Clay HF134

Typical Chemical Analysis
SiO2 60.07% CaO 0.01% Loss of Ignition 5.3%
A12O3 29.35% K2O 3.38% Moisture Below 20.0%
Fe2O3 0.52% Na2O 1.02% Sieve Residue Test (45µ) Below 1%
TiO2 0.41% MgO 0.11% Fired Shrinkage at 1350°C 11-11.5%
Water Absorption ≤ 0.1%
Thermal Shock Resistance 180°C
Viscosity (FC4) ±30 secs
Chromatic coordinate (L Value) ≥ 80 point

Processed Clay PC21

Typical Chemical Analysis
SiO2 57.2% CaO 0.01% Loss of Ignition 10.9%
A12O3 29.7% K2O 1.3% Moisture Below 20.0%
Fe2O3 0.9% Na2O 0.2% Sieve Residue Test (325mesh) Below 1%
TiO2 0.7% MgO 0.2% Fired Shrinkage at 1200°C 5.5 – 7.5%
Water Absorption at 1200°C ≤ 12.0%
Dry MOR ≥ 30kg/cm²
Viscosity @1200g/l ≤ 2000 cPs
Chromatic coordinate (L Value) ≥ 90 point
Whiteness Index (WI) Above 70 point

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